The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils
2020 doctoral thesis by Dharshika Welikala at Lincoln University
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The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils
Summary
The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils is a doctoral thesis[1].
Key Facts
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils authored Dharshika Welikala[2].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's instance of is recorded as doctoral thesis[3].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's publisher is recorded as Research@Lincoln[4].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's language of work or name is recorded as English[5].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's country of origin is recorded as New Zealand[6].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's publication date is recorded as +2020-00-00T00:00:00Z[7].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's main subject is recorded as soil chemistry[8].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's main subject is recorded as cadmium[9].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's main subject is recorded as speciation[10].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's main subject is recorded as mobility[11].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's main subject is recorded as soil conditioner[12].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's work available at URL is recorded as https://researcharchive.lincoln.ac.nz/handle/10182/13158[13].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's Handle ID is recorded as 10182/13158[14].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's title is recorded as The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils[15].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's copyright holder is recorded as Dharshika Welikala[16].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's thesis submitted to is recorded as Lincoln University[17].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's on focus list of Wikimedia project is recorded as NZThesisProject[18].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's copyright status is recorded as copyrighted[19].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's thesis committee member is recorded as Niklas J. Lehto[20].
- The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's thesis committee member is recorded as Brett Robinson[21].
Body
Designation and Status
The effects of organic matter, pH, and dissolved ligands on the mobility of cadmium in soils's instance of is recorded as doctoral thesis[3].